A cross between black flowered plant and white flowered plant yielded grey flowered

A red flowered plant when crossed with white flowered plant, it gave red flowered plants in F_(1) generation. The gene for red colour is considered as:

A red flowered plant when crossed with white flowered plant, it gave red flowered plants in F_(1) generation. The gene for red colour is considered as:

In four o' clock plant crossing of red flowered strain with a white flowered strain yield pink flowered F_(1) progenies. This plant exhibits co-dominanace with respect to flower colour.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum majus produced all plants having pink flowers. Work out a cross to explain how is this possible?

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.

Assertion (A): A cross between a red flower bearing plant and a white flower-bearing plant of Antirrhinum is a case of incomplete dominance. Reason ( R): This type of cross produces all plants having pink flowers.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.

A cross between a red flower bearing plant and a white flower bearing plant of Antirrhinum produced all plants having pink flowers. Work out a cross to explain how this is possible.